Wonderjunkie

These 3D portraits were created using only a person’s DNA

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Stranger Visions is an art project which tries to determine what we look like based on a single strand of hair.

How much information about ourselves do we leave behind in public, as we shed saliva, hair, and sweat throughout the day? It’s a question that drives the artwork of Heather Dewey-Hagborg, whose project Stranger Visions reconstructs the faces of the anonymous as 3-D printed sculptures, using genetic detritus found in chewing gum, cigarette butts, and wads of hair around New York City.

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to spread the wonder | 3 months ago | 8

“Intimacy 2.0” dress becomes transparent when you get aroused

You don’t get to choose whether this dress is revealing or not — your carnal instincts do.

The ‘Intimacy 2.0’ dress, designed by Daan Roosegaarde, is getting a rise out of the fashion world because its opaque fabric becomes transparent when you get aroused. Finally, all the cards will be on the table. You’ll have your date saying, “Is your dress disappearing, or are you just happy to see me?”

The already barely-there garment features ribbons of leather and opaque “e-foils,” which can detect the model’s heartbeat, the Daily Mail reports.

VIA

to spread the wonder | 3 months ago | 5

Short documentary: The Art of Creative Coding

Programming plays a huge role in the world that surrounds us, and though its uses are often purely functional, there is a growing community of artists who use the language of code as their medium. Their work includes everything from computer generated art to elaborate interactive installations, all with the goal of expanding our sense of what is possible with digital tools.

to spread the wonder | 4 months ago

Small wonders: Science meets art under the lens

The abstract beauty of a butterfly wing

A stained-glass spiral of cells from an aloe plant, an old-growth forest of neural cells in the retina of a mouse, a starry sea of leaf hairs on a garden shrub—organisms have a way of reinventing themselves rather spectacularly under the microscope, giving observers a new appreciation for what Charles Darwin termed nature’s “endless forms most beautiful.” In these tiny worlds, beauty arises from both the brilliance of evolution’s small-scale solutions to life’s challenges and the techniques microscopists use to visualize biological structures and processes. To peer through the eyepiece is to discover a universe in an embryo, an organ, a cell. As Igor Siwanowicz of the Howard Hughes Medical Institute puts it, “microscopy allows me to see beyond the cuticle, explore the baroque arrangement of muscle fibers or intricate fractal-like network of neurons, and appreciate that beauty (probably in the most subjective sense possible) isn’t only skin deep.” Siwanowicz is among the winners of the 2012 Olympus BioScapes International Digital Imaging Competition, which welcomes entries from scientists and hobbyists alike. His images and other entries that caught Scientific American’s eye grace the pages that follow. We hope you enjoy this armchair safari into miniature realms where science and art converge.

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to spread the wonder | 5 months ago | 4

How To Sing: Lilli Lehmann’s Illustrated Guide, 1902

A book from 1902 on the art and science of proper singing. Excerpt from How To Sing: Hilli Lehmann’s Illustrated Guide:

But art to-day must be pursued like everything else, by steam. Artists are turned out in factories, that is, in so-called conservatories, or by teachers who give lessons ten or twelve hours a day. In two years they receive a certificate of competence, or at least the diploma of the factory. The latter, especially, I consider a crime, that the state should prohibit. All the inflexibility and unskillfulness, mistakes and deficiencies, which were formerly disclosed during a long course of study, do not appear now, under the factory system, until the student’s public career has begun. There can be no question of correcting them, for there is no time, no teacher, no critic; and the executant has learned nothing, absolutely nothing, whereby he could undertake to distinguish or correct them.

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to spread the wonder | 5 months ago

An Ode to Movement

Incredible Anamorphic Illustrations


Visual artist Brusspup will blow your mind with the illusions in this video. The creator, he uses a technique called anamorphosis to exploit our brains’ faulty interpretation of depth.

It’s been known since the days of Ancient Greece that distorted two-dimensional art could look “normal” from a certain viewing spot. Artists have been exploiting this for ages, under the more common name of “perspective”. Because our eyes essentially act as fixed points in space for photons to shoot into, the light from the scenes around us enters as straight lines. Anything that you can see could be traced to a beam of light in a cone that has its tip on your retina.

(Source: itsokaytobesmart.com)

A brand new art installation honoring the memory and work of astronomer Carl Sagan has been unveiled at the Cornell University Campus. Designed by artist Leo Villareal, the dynamic light display is located on the ceiling of the Sherry and Joel Mallin Sculpture Court — what can be seen on campus and from within the city of Ithaca itself.

Called Cosmos, the ever-changing piece is generated by nearly 12,000 LEDs of white light. The configurations are all pre-programmed with algorithmic sequences — what creates an non-repeating visual display that’s meant to convey abstract interpretations of nature, including moving water, clouds, and of course, the night sky.

(Source: io9.com)


The Internet Looks Like a Fractal Dandelion
In 2004 Barrett Lyon’s friends bet him $50 that he couldn’t map the entire Internet in a day. Within two weeks the self-described technologist and entrepreneur had created a program that could output a detailed visualization of Internet connectivity in a few hours. Seven years and billions more Internet-connected devices later, Lyon is still at it. This cosmic-looking image, one of his newest creations, traces the millions of routes along which data can travel and pinpoints the hubs receiving the most traffic. Internet giants such as AT&T and Google manage the most heavily used networks, which appear here as glowing yellow orbs; they tend to concentrate in the center of the sphere. The less popular local networks (red) sit on the periphery. Although Lyon’s visualizations have appeared in computing textbooks and at the Museum of Modern Art in New York, he says he has yet to collect on his bet.

The Internet Looks Like a Fractal Dandelion

In 2004 Barrett Lyon’s friends bet him $50 that he couldn’t map the entire Internet in a day. Within two weeks the self-described technologist and entrepreneur had created a program that could output a detailed visualization of Internet connectivity in a few hours. Seven years and billions more Internet-connected devices later, Lyon is still at it. This cosmic-looking image, one of his newest creations, traces the millions of routes along which data can travel and pinpoints the hubs receiving the most traffic. Internet giants such as AT&T and Google manage the most heavily used networks, which appear here as glowing yellow orbs; they tend to concentrate in the center of the sphere. The less popular local networks (red) sit on the periphery. Although Lyon’s visualizations have appeared in computing textbooks and at the Museum of Modern Art in New York, he says he has yet to collect on his bet.

(via expose-the-light)

to spread the wonder | 6 months ago | 128

The most creative use of 3D printing you may have ever seen. Mixing digital sculpture with real objects. 

Magnifying Human Disease

As our ability to peer into the very, very small increases, we’ve had the opportunity to see the normally invisible pathogens that have plagued humankind for centuries. Some shown here will only cause achey joints or a highly unpleasant 24 hours of food poisoning; others are much more sinister, and can cause haemorrhage, necrosis, permanent disfigurement and death.

Image, top: Scanning electron micrograph (SEM) image of Borellia burgdorferi, a spirochaete bacterium responsible for lyme disease in humans.

Second row, left: RNA is seen in yellow in the core of these polioviruses; its protein coat is seen in blue. Second row, right: Yersinia pestis, a rod-shaped Gram negative bacterium, is the causitive agent of the bubonic, pneumonic, and septicemic plagues, and was responsible for the deaths of over 1/3 of the European population at its height. It’s probably best known for causing necrosis - the violent, premature death of cells in living tissue.

Third row, left: Looking deceivingly like an oil painting, these smallpox viruses - variola major and variola minor - were some of the most infectious viruses on the planet before their eradication. The protein coat is coloured yellow, and DNA is seen in red. Third row, right: The ebola virus, seen through a coloured transmission electron micrograph. Ebola is a haemorrhagic fever, and has claimed up to a 90% fatality rate in certain epidemics.

Fourth row, left: While Escherichia coli is usually a harmless gut-dweller in humans, under certain conditions it can cause gastroenteritis, urinary tract infections, and food poisoning. Fourth row, right: A false-colour image of human papilloma viruses (HPV). Best known as the cause of genital warts, it also has a sinister side: Virtually all cervical cancers are caused by HPV infection.

Source, as well as other images, here.

(Source: amolecularmatter)

Urban surrealism at its finest.

(Source: theartofanimation)

11 Mysteries of Science, Illustrated External Link

Why Traveling Abroad Makes Us More Creative External Link

How To Make Museums More Movie-like

I’ve always recognized the dissonance between my experience of a museum—any museum, really—and the experience I knew I should be having. How can one possibly worship at the altar of arguably humanity’s greatest contribution to the Universe—art—in a space meant only to appeal to one sense of perception? Let alone the self-conscious awareness that all the while one’s feet hurt, one is a bit hungry, one is a bit full, one needs to use the restroom, one has an urgent email or text message or missed call or tweet, begging for attention.

It was about a year ago that I began to understand exactly what Alain de Botton, author of Religion for Atheists, was talking about when he posed the question of why museums are so uninspiring. If language is meant to convey ideas through the symbols we call words, art, then, has a moral duty (its only obligation, perhaps) to be the sensuous presentation of ideas. Art, de Botton writes, is “in the business of conveying concepts, just like ordinary language, except that it engages us through both our senses and our reason and is uniquely effective for its dual modes of address.”

Art may have dual modes of address, but visual presentation is the only mode catered to by most galleries. Movies, on the other hand, engage multiple senses and thus, it turns out, have a far easier time getting into our subconscious. Jonah Lehrer in The Neuroscience of Inception writes: “From the perspective of your brain, dreaming and movie-watching are strangely parallel experiences. In fact, one could argue that sitting in a darkened theater and staring at a thriller is the closest one can get to REM sleep with open eyes.” He continues to explain why:

When we’re engaged in intense “sensorimotor processing” — and nothing is more intense for the senses than a big moving image and Dolby surround sound — we actually inhibit the prefrontal [cortex, an area associated with logic, deliberative analysis, and self-awareness.] The scientists argue that such “inactivation” allows us to lose our self in the movie.

Putting the pieces together got me thinking: Are there sensorimotor conditions we can “engineer” in the museum environment so as to more readily lose oneself in the work being displayed? To facilitate dream-like states while standing on our feet?

Lately, I have been obsessed with crafting music playlists engineered specifically to jolt myself into the sort of unselfconscious immersion we regularly make pilgrimages to dark theaters and look to projectionists in hopes of finding. Keep in mind: the same way that the type of music can make or break a scene in a film, so too can it for your experience. Music should be picked specifically for the kind of art being observed. For example, listening to deeply pious choral music of the Renaissance (Allegri’s Miserere, Barber’s Agnus Dei) while staring in the face an allegorical art from the same period at the MET is an experience, if one is open to it, that can only be described as transcendent. Or perhaps, visiting Dinosaur Hall at the Museum of Natural History and actually listening to the score from Jurassic Park. It’s a “hack” that transforms an experience that is all too often prosaic, into something genuinely immersive and possibly even adventurous.

to spread the wonder | 6 months ago | 20